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TU Berlin

Inhalt des Dokuments

Research projects 2nd cohort
Interfaces in urban watersheds
W1
Ecohydrological controls on urban groundwater recharge: an isotope-based modelling approach
Doctoral researcher: Lena-Marie Kuhlemann
BoS: Tetzlaff, IGB+HU, Soulsby, UA
[1]+TUB, Kleinschmit, TUB
W2
Scaling and connectivity assessment of critical source areas of diffuse pollution in urban catchments
Doctoral researcher: Nasrin Haacke
BoS: Paton, Nehls, Hinkelmann, TUB, Tetzlaff,  IGB+HU

W3
Heat and vapour fluxes of urban vegetation patterns – a remote sensing based approach
Doctoral researcher: Stenka Vulova
BoS: Kleinschmit, TUB, Tetzlaff, IGB+HU, Soulsby, UA+TUB

Interfaces in urban freshwater ecosystems
F1
Transformation of environmentally relevant compounds in urban lakes by aquatic invasive ecosystem engineers
Doctoral researcher: Anna Lena Kronsbein
BoS: Hilt, IGB, Hellweger, Schmidt,
UDE[2], Lewandowski, IGB
F2
Cyanobacteria dynamics at the lake – land interface (littoral zone)
Doctoral researcher: NN (position not filled yet)
BoS: Hellweger, Kleinschmit, TUB, Hilt, IGB

F3
Controlling of phosphorus fluxes in urban systems: Analogous processes in limnic sediments and sewage sludges
Doctoral researcher: Lena Heinrich
BoS: Hupfer, Hilt, IGB, Barjenbruch, Hinkelmann, TUB

F4
The GHG footprint of a metropolitan area
Doctoral researcher: Benjamin Archer (begin: 01.01.2019)
BoS: Gessner, IGB+TUB, Casper, Singer, IGB, Kleinschmit, TUB

Interfaces urban hyporheic zones
H1
Fate of trace organics in the hyporheic zones of urban rivers
Doctoral researcher: Birgit Müller
BoS: Lewandowski, IGB, Hellweger, Putschew, TUB, Batelaan, FU
[3]
H2
Integral modelling approach for flow and reactive transport at surface water - groundwater interfaces
Doctoral researcher:
Vahid Sobhi Gollo
BoS: Hinkelmann, TUB, Lewandowski, Nützmann, IGB

H3
Abiotic transformation of organic compounds during bank filtration
Doctoral researcher: Marcel Yuki Sorgler
BoS: Putschew, TUB, Adrian, UFZ+TUB, Jekel, TUB, Lewandowski, IGB

H4
Redox gradients in natural and technical urban water systems: Population structure and physiological properties
Doctoral researcher: 
Niranjan Mukherjee
BoS: Szewzyk, Braun, TUB, Casper, Gessner, IGB
Interfaces in sewer systems
S1
Interfaces in sewer systems – corrosion and odour
Doctoral researcher: Micaela Pacheo Fernandez
BoS: Stephan, Barjenbruch, Szewzyk, TUB, Gnirss, BWB

S2
Validation and application of a three-phase simulation model for odour and corrosion in sewer systems
Doctoral researcher:
Abhinav Dixit
BoS: Hinkelmann, Barjenbruch, Stephan, TUB, Nützmann, IGB

[1] University of Duisburg-Essen, Germany

[2] University of Aberdeen, UK

[3] Flinders University, Adelaide, Australia


Research projects 1st cohort
Natural interfaces
Technical interfaces
N1
Solid–water interface
Degradation of recalcitrant organic trace pollutants in biofilms at solid-water interfaces
T1
Soil–water interface
Role of dust and solid waste on water and contaminant transport processes at the pavement-water interface
N2
Soil–atmosphere interface
Heat and vapor transport at the soil-atmosphere interface in urban areas
T2
Wastewater–atmosphere–biofilm–construction material interfaces
Corrosion in sewers caused by biochemical processes of sulphurous compounds
N3
Water–atmosphere and watersediment
interfaces

Greenhouse gas formation and flux across boundaries in urban water bodies
T3
Wastewater–atmosphere–biofilm–construction material interfaces
Odour and corrosion in sewer systems
N4
Water–atmosphere interface
Ecosystem metabolism in natural and technical aquatic systems of urban environments
T4
Surface water–sediment interface
Impact of remaining wastewater constituents on interfaces in surface waters
N5
Surface water–groundwater interface
Effects of bank filtration on lake ecosystems
T5
Water-solid interface
Desorption kinetics and irreversibility in applications of technical adsorbents for water treatment
N6
Surface water–groundwater interface
Retention of chemical compounds in hyporheic reactors of urban freshwater systems
T6
Surface water–groundwater interface
Deiodination of iodinated contrast media (ICMs) in bank filtration of urban waters
N7
Surface water–groundwater interface
Integral modelling approach for flow and reactive transport in groundwater - surface water interaction space

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